Guhring 9041230140060 Spiral Point Tap M14 X 1.25

Product Description

The GUHRING 9041230140060 is a spiral point tap designed for through-hole threading in metalworking applications. Built from powdered metal with a titanium nitride (TiN) coating, it is engineered to handle high-tensile steel while resisting wear. The tap features a plug chamfer, 4 flutes, and a right-hand thread direction with a metric fine M14 x 1.25 thread size and 6H class of fit. At 3.937 inches overall length with a shank diameter of 0.429 inches, it fits standard tap holders used in production and maintenance machining environments. This tap is intended for use by machinists, toolroom technicians, and mechanical tradespeople.

This tap is suited for through-hole threading operations in high-tensile steel on production floors, maintenance shops, and fabrication environments. The spiral point geometry pushes chips forward through the hole, making it effective in through-hole setups where chip evacuation is critical. The D4/D5 thread limit range and 6H class of fit make it appropriate for standard metric fine tolerance applications requiring consistent thread quality.

Key Features

• M14 x 1.25 metric fine thread with 6H class of fit for standard tolerance threading
• Powdered metal construction provides enhanced wear resistance over conventional HSS
• TiN coating reduces friction and extends tool life in high-tensile steel
• Spiral point design pushes chips forward, optimized for through-hole threading
• 4-flute plug chamfer configuration for controlled entry and thread engagement
• Right-hand thread direction, D4/D5 thread limit, no coolant-through requirement

Compatibility

Designed for through-hole threading in high-tensile steel with a thread limit range of D4/D5 and a 6H class of fit, compatible with standard tap holders accepting a 0.429-inch shank diameter. Part of GUHRING Series 4123.

Installation Notes

Installation should be performed by a qualified machinist or toolroom technician. Ensure the spindle and workpiece are properly secured before beginning any tapping operation. Use an appropriate cutting fluid or tapping compound for high-tensile steel to improve thread quality and tool life. Verify tap holder alignment to avoid tap breakage, particularly in harder materials.